Lake Tay Multi-Metals

Lake Tay Gypsum Mine is situated within the Phillips River Mining Field, Goldfields-Esperance Region, Western Australia. The site occupies semi-arid terrain characterised by shallow playa lake deposits rich in evaporite-grade gypsum. Ambient temperatures routinely exceed 45°C during summer months, imposing critical thermal stress on mobile plant and fixed equipment. Dust suppression and heat-load management protocols are non-negotiable operational requirements for any contracted machinery or personnel deployed to this remote location.

The operation holds active operating status, indicating ongoing extraction and product dispatch cycles. Given the absence of publicly disclosed operator data, vendor engagement must be pursued through Western Australian Department of Mines, Industry Regulation and Safety (DMIRS) tenure records. Key B2B considerations include:

• FIFO roster management for remote workforce deployment
• Rotational crew scheduling aligned with regional transport corridors
• Camp life-support provisioning for sustained site presence
• Procurement cycles tied to seasonal extraction windows

Gypsum extraction at playa lake deposits typically involves shallow open-cut or surface scraping methods, transitioning material through conveyor-intensive handling circuits for sizing, drying, and stockpiling. Critical engineering requirements include:

• High-capacity belt conveyor systems rated for abrasive evaporite material
• Thermal management units for drive motors under extreme ambient heat
• Dust containment enclosures at transfer points
• Mobile crushing and screening plant adapted for low-hardness gypsum ore

Gypsum operations within WA's Goldfields-Esperance Region are subject to proactive rehabilitation obligations under DMIRS Mining Proposals. Although gypsum extraction generates minimal sulphidic tailings risk, evaporite residue management and tailings facility integrity remain regulated. ESG priorities include:

• Progressive land rehabilitation concurrent with extraction phases
• Hydrological monitoring of playa lake systems post-extraction
• Dust and salinity impact assessments on surrounding ecosystems
• Carbon footprint reporting aligned with WA state ESG frameworks